KR102178034B1 - Smart server - Google Patents

Abstract

The present invention relates to a smart server which displays information of various types of hardware on a panel portion of a bezel portion while controlling various types of hardware included in a server portion through touch of the panel portion formed on the bezel portion. Therefore, the present invention has an effect of efficiently managing a server by receiving information of various types of hardware included in a server through touch of a panel portion formed on a bezel portion, efficiently designing each industrial field where the server is used as performance of various types of hardware included in the server is freely set, easily checking whether an error occurs by using detailed information when the error occurs by accumulating log data, and easily performing different work while looking at information displayed on a panel by forming the panel portion coupled to the server portion in a mechanical aspect to have one side surface opened from the bottom toward the top. According to the present invention, the smart server comprises: a bezel portion; and a server portion including a control module portion.

Description

Smart server {Smart server}

The present invention relates to a smart server, and more particularly, to a smart server that controls various hardware included in the server unit through a touch of the panel unit configured on the bezel unit and displays information of various hardware on the panel unit of the bezel unit. will be.

Conventional servers are equipped with a bezel, but the bezel includes a mechanical button, a panel displaying simple information, and a communication port. Since only simple information is displayed on the panel, information on various hardware configured inside the server is specifically obtained. There was a difficult problem.

In order to solve this problem, at least one client is further configured and connected to the communication port of the server, and then a separate program for acquiring information on various hardware configured inside the server is installed on the client. There was a problem to configure the chipset of.

As a prior art, the Republic of Korea Public Utility Model No. 20-1999-0040862,'Computer System Indicating System Status', is equipped with a VFD device on the bezel of the computer body, and uses graphs, figures, or characters to control the resources of the computer system Display the status. In other words, it monitors the remaining capacity according to the memory usage, the remaining capacity of the hard disk drive, the CPU temperature, and the speed of the fan, and displays the corresponding display information for easy understanding.

However, the prior art also has a problem in that only fragmentary information is displayed, the threshold value of the internal configuration of the computer system cannot be freely adjusted, and detailed information cannot be utilized when an error occurs using log data. In particular, the bezel part is opened upward. There was a problem in that it was impossible to perform other tasks while viewing the information displayed on the panel.

Patent Document 1. Republic of Korea Public Utility Model No. 20-1999-0040862,'Computer System Indicating System Status' (published on Dec. 06, 1999)

Accordingly, the present invention has been conceived to solve the above problem, and the present invention is to manage the server by receiving various hardware information included in the server from the control module unit of the server unit through the touch of the panel unit configured in the bezel unit. have.

Another purpose is to freely set the threshold of the hardware inside the server and accumulate log data to utilize detailed information when an error occurs.

Another object is to perform another task while viewing information displayed on the panel unit so that one side of the bezel unit coupled with the server unit is mechanically opened from the bottom to the top.

The smart server according to an embodiment of the present invention for achieving the above-described technical problem is the first hardware group OS (Operation System) that is verified by software using a panel unit by user touch 2 a bezel part for generating a request signal for requesting unique information of the hardware group; A first hardware group unit providing detailed information on the OS of the first hardware group according to the request signal, a second hardware group unit providing unique information on the second hardware group according to the request signal, and the first hardware group unit An agent unit for extracting detailed information on the OS, and if a request for detailed information on the OS of the first hardware group is requested upon receiving the request signal, a first communication line for receiving detailed information on the OS from the first hardware group unit through the agent When the request signal is received, if a request for the unique information of the second hardware group is requested, a second communication line for receiving the unique information directly from the second hardware group is formed, and through the first communication line or the second communication line. As a solution, a server unit including a control module unit configured to transmit detailed information or unique information on the received OS to the bezel unit to be displayed on the panel unit is provided.

The present invention has the effect of efficiently managing the server by receiving various hardware information included in the server through the touch of the panel unit configured in the bezel part, and the industry in which the server is used by freely setting the threshold values of various hardware included in the server. It has the effect of enabling efficient design for each field, and has the effect of easily checking whether an error has occurred by using detailed information when an error occurs by accumulating log data.In the mechanical aspect, the bezel part, which is combined with the server part, has one side from the bottom to the top By configuring it to be opened, it is effective to easily perform other tasks while viewing the information displayed on the panel.

1 is a configuration diagram of a smart server according to an embodiment of the present invention
2 is an exemplary view of a bezel part provided with a touch panel part according to an embodiment of the present invention
3 is an exemplary diagram of state information on an OS of a CPU according to an embodiment of the present invention
4 is an exemplary diagram of unique information of a fan according to an embodiment of the present invention
5 is an exemplary view of setting usage and temperature according to an embodiment of the present invention
6 is an exemplary view of setting log data according to an embodiment of the present invention
7 is an exemplary view showing a hardware location and state in a bird's eye view according to an embodiment of the present invention
8 is an exemplary view of a notification unit according to an embodiment of the present invention
9 is an exemplary view of opening a bezel part according to an embodiment of the present invention

Hereinafter, with reference to the accompanying drawings with respect to the optimal embodiment of the present invention, its configuration and operation will be described, and the embodiment of the present invention can be modified in various forms, and the shape of the component in the drawings emphasizes a more clear description. In order to do so, detailed descriptions of known functions and configurations that may be exaggerated and unnecessarily obscure the subject matter of the present invention will be omitted.

1 is a configuration diagram of a smart server according to an embodiment of the present invention, wherein the smart server includes a bezel part 100 and a server part 200.

In more detail, the bezel unit 100 includes detailed information on the OS (Operation System) of the first hardware group identified by software using the panel unit 110 by the user's touch or the second hardware group identified by firmware. Generates a request signal requesting unique information.

For example, the bezel part 100 is bound to the front end of the server part 200, as shown in FIG. 2, so that the user touches the panel part 110 with software included in the server part 200, for example. In the case of a CPU among the first hardware groups identified, a request signal is generated to receive detailed information on the OS of the CPU, or in the case of a power supply among the second hardware group identified by firmware, the unique information of the power supply is provided. In order to generate a request signal.

The server unit 200 includes a first hardware group unit 210 providing detailed information on the OS of the first hardware group according to the request signal, and a second hardware unit providing unique information on the second hardware according to the request signal. A group unit 220, an agent unit 230 for extracting detailed OS information from the first hardware group unit, and the agent unit 230 if a request for detailed information on the OS of the first hardware group is requested upon receiving the request signal Through the first communication line for receiving detailed information on the OS from the first hardware group unit 210 is formed, and when the request signal is received, the second hardware group unit 220 is requested for unique information of the second hardware group. While forming a second communication line that directly receives the unique information from the first communication line or the second communication line, the detailed information on the OS or the unique information is transmitted to the bezel unit 100 and the panel unit ( It includes a control module unit 240 for controlling to be displayed on 110).

For example, the first hardware group unit 210 of the server unit 200 corresponds to hardware that provides detailed information on the OS, such as a CPU, RAM, or GPU identified by software.

The second hardware group unit 220 of the server unit 200 corresponds to hardware that provides unique information, such as a power supply and a fan identified by firmware.

The agent unit 230 of the server unit 200 includes detailed information on the OS of the first hardware group unit 210, for example, of the CPU on the panel unit 110 of the bezel unit 100 as shown in FIG. 3. In order to display the detailed information on the OS, when the user touches the detailed information on the CPU using the panel unit 110, a request signal is transmitted to the control module unit 240, through which the CPU of the first hardware group 210 When the administrator checks or replaces the CPU through detailed information on the OS, the state, model, socket, core, processor, etc. are extracted, for example, as shown in FIG. 3.

The control module unit 240 of the server unit 200 first receives an OS-specific information request signal for the CPU among the first hardware group unit 210 from the bezel unit 100, the software-based agent A first communication line for receiving detailed information on the OS of the CPU is formed through the unit 230, and then, when a signal for requesting unique information about the fan is received among the second hardware group unit 220, the unique information of the fan is received. A second communication line for communication is formed.

Accordingly, the control module unit 240 transmits the detailed information on the OS of the CPU as shown in FIG. 3 through the first communication line when a signal for requesting detailed OS information for the CPU is received from the bezel unit 100 to the panel Control to be displayed on the unit 110, and then, when a signal for requesting unique information about the fan is received from the bezel unit 100, including the number of slots capable of configuring the fan as shown in FIG. 4 through the second communication line. It controls to be displayed on the panel unit 110 by transmitting unique information such as RPM of each fan.

Meanwhile, the control module unit 240 sets a threshold value for usage and a threshold for temperature value for the first hardware group unit 210 by touching the panel unit 110 of the bezel unit 100 When is inputted, the first log for controlling the amount of usage and temperature of the first hardware group unit 210 through the agent unit 230 to be set according to the input threshold value, and determining whether or not there is an abnormality in the usage and temperature values. It is preferable to control the data to be stored in a storage unit provided in the control module unit 240.

For example, a menu window appears on the panel unit 110 as shown in (a) shown in FIG. 5, and if a setting is touched at this time, the first hardware group unit 210 as shown in (b) shown in FIG. For, RAM, GPU, etc., use a scroll bar such as A to input the amount to be set according to the applied industry.

In addition, as shown in (c) shown in FIG. 5, the temperature of the hardware, for example, CPU and GPU, by touching the thermometer icon is input so that the temperature is set according to the applied industrial field using a scroll bar such as B.

The control module unit 240 controls to be set according to the input usage and temperature values as shown in Fig. 5 through the agent 230, and at this time, the agent unit 230 is shown in Fig. 5 (b) The raw data for determining whether or not the set threshold value is exceeded by using the scroll bar A of are controlled to be stored in a storage unit (not shown) provided in the control module unit 240, and The log data for determining whether or not the set threshold value is exceeded by using the scroll bar B is controlled to be stored in the storage.

On the other hand, the control module unit 240, through the touch of the panel unit 110 of the bezel unit 100, the inspection period of the second log data for each hardware of the first and second hardware group units (210, 220) and When the storage period is input, the second log data is controlled to be set according to the inspection period and storage period of the input second log data, and the second log data generated according to the inspection period and storage period of the second log data are set to the storage unit. It is desirable to store more.

For example, when the control module unit 240 touches the log icon as shown in FIG. 6, the CPU of the first hardware group unit 210 logs the inspection period and storage period of the second log data in FIG. When a scan period of 3 minutes and a log storage period of 4 months are input using a scroll bar such as A shown in FIG. 6, the second log data scan period and storage period are set through such input.

At this time, the control module unit 240 is applied to not only the first hardware group unit 210 but also the second hardware group unit 220, and the second log data is a storage unit provided in the control module unit 240 Is stored in.

The reason why the second log data is stored in the storage unit is, for example, if a web server is provided in the web server and a problem occurs in the web service around 12 o'clock, the log data stored in the storage unit the administrator Among them, log data around 12 o'clock, for example, log data indicating that the CPU utilization rate is 90% or higher can be used to find the cause of the failure, and through this, various tasks to lower the CPU utilization rate to the effective utilization rate can be performed.

On the other hand, it is preferable that the control module unit 240 is further provided with a power unit to operate the bezel unit 100 and the control module unit 240 for a certain time even when the power of the server unit 200 is cut off.

For example, the reason why the control module unit 240 is further provided with a power unit is that the bezel unit 100 and the control module unit 240 are driven by using the power supplied to the server unit 200, but the server unit 200 If the power is cut off due to a failure, there is a problem of having to wait until the server unit 200 operates normally again for some reason, but the storage unit can be operated for a certain period of time as the power supply unit is further provided, so that the storage unit control module unit 240 Because it is in, the cause of the failure can be immediately analyzed.

On the other hand, it is preferable that the control module unit 240 controls the position of the first and second hardware group units 210 and 220 and whether or not there is a failure to be displayed in a bird's eye view on the panel unit 110 in various colors.

For example, when the control module unit 240 displays a menu window as shown in (a) shown in FIG. 7 and touches a bird view (a bird's eye view) at this time, the first and second hardware as shown in FIG. 7 (b) By displaying the location of the group units 210 and 220 and whether there is a failure in various colors on the panel unit 110, the administrator can easily determine the status of the server without separately measuring each hardware.

Specifically, for example, in (b) shown in FIG. 7, if blue is a normal state, red is an error state, and orange is defined as a threshold exceeding state, it is preferable for an administrator to easily determine and to use a color other than the above-described color.

In particular, the red color of the hardware error state and the orange color of the threshold exceeding state can be quickly resolved by checking the log stored in the storage unit to solve the problem.

On the other hand, the bezel part 100 is further provided with a notification part 120 on the front side like the panel part 110 so that light is turned on in a specific color when the usage rate or temperature is above a threshold value, and the first and second hardware group parts When (210, 220) fails, it is preferable that the light is turned on in a different color.

For example, in the bezel part 100, the notification part 120 is configured on the front side like the panel part 110, so that the color of the notification part 120 is changed. In the case of the CPU of the group unit, if the utilization rate is higher than the threshold value, it is lit orange as shown in the indicator line A in (a) shown in FIG. 8, and if a failure occurs in the case of the fan in the second hardware group, (b. ) Lights up in red like the indicator line B.

In particular, the manager can quickly check and repair the first and second hardware group units 210 and 220 by using a light in a specific color as shown in FIG. 8 and a bird's-eye view of FIG. 7.

On the other hand, it is preferable that the bezel part 100 coupled to the server part 200 is coupled to the front part of the server part 200 so that one side of the bezel part 100 is opened from the bottom to the top and fixed.

For example, the bezel part 100 is configured on the front side of the server part 200 as shown in (a) shown in FIG. 9, and at this time, as shown in (b) shown in FIG. 9, the server It serves to check the information displayed on the panel unit 110 of the unit 200 and simultaneously work with the disks of the disk bay.

In addition, it is preferable that the bezel part 100 and the server part 200 are coupled to each other by a hinge structure or a hinge structure and configured to be fixed in an open state.

As described above, the present invention is disclosed in the drawings and detailed description, and the specific terms used in the above are only used for the purpose of describing the present invention. It was not used to limit the scope.

Therefore, a person of ordinary skill in the art can make various modifications and other equivalent embodiments therefrom, and the true technical protection scope of the present invention should be determined by the technical spirit of the claims.

100: bezel part 110: panel part
120: notification unit 200: server unit
210: first hardware group unit 220: second hardware group unit
230: agent unit 240: control module unit

Claims (7)

A bezel part for generating a request signal for requesting detailed information on the OS (Operation System) of the first hardware group identified by software or unique information of the second hardware group identified by firmware using the panel part by user touch;
A first hardware group unit providing detailed information on the OS of the first hardware group according to the request signal, a second hardware group unit providing unique information on the second hardware group according to the request signal, and the first hardware group unit An agent unit for extracting detailed information on the OS, and if a request for detailed information on the OS of the first hardware group is requested upon receiving the request signal, a first communication line for receiving detailed information on the OS from the first hardware group unit through the agent When the request signal is received, if a request for the unique information of the second hardware group is requested, a second communication line for receiving the unique information directly from the second hardware group is formed, and through the first communication line or the second communication line. Consisting of a server unit including a control module unit for controlling to be displayed on the panel unit by transmitting detailed information or unique information on the received OS to the bezel unit,
The control module unit sets a threshold value for usage and a temperature value for the first hardware group unit through the touch of the panel unit of the bezel unit, and when a threshold value for the temperature value is input, the first hardware group unit determines the usage amount and temperature value of the first hardware group unit through the agent unit. Controls to be set according to the input threshold value, and controls to store first log data for determining whether the threshold value for the usage amount and temperature value is higher than the threshold value to be stored in the storage unit provided in the control module unit, and touch the panel unit of the bezel unit When the inspection period and storage period of the second log data are input for each hardware of the first and second hardware group units through, control to be set according to the inspection period and storage period of the input second log data, and the second log data The smart server, characterized in that further storing the second log data generated according to the setting of the scan period and the storage period of the storage unit.
delete delete The method according to claim 1,
The control module unit is further provided with a power unit, the smart server, characterized in that the bezel unit and the control module unit is operated for a certain time even when the power of the server unit is cut off.
The method according to claim 1, wherein the control module unit
The smart server, characterized in that controlling the position of the first and second hardware group units and whether there is a failure to be displayed in a bird's eye view on the panel unit in various colors.
The method according to claim 1, wherein the bezel part
Smart server, characterized in that the notification unit is further provided on the front side like the panel unit, and when the usage rate or temperature is higher than a threshold, the light is turned on in a specific color, and when the first and second hardware group units fail, the light is turned on in a different color. .
The method according to claim 1,
A smart server, characterized in that the bezel part coupled to the server part is coupled to the front part of the server part so that one side of the bezel part is opened from the bottom to the top and fixed.

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